Close to 25,000 Experiencing Electricity in South-East Queensland and Victoria Following Severe Weather Systems

Nearly 25,000 households in south-east Queensland woke up experiencing outages on Monday's dawn after powerful weather events swept through the state, producing wind gusts topping over 100 km/h.

Massive Frozen Precipitation and Widespread Damage

Homeowners reported large ice chunks as large as 7 centimeters in particular locations. The Bureau of Meteorology announced that various areas across the state had been affected by significant hail.

This afternoon's storm has absolutely smashed our power system!

Utility workers were focused on reestablishing energy supply throughout the damaged zones, with dozens of response units deployed to address the widespread outages.

Victorian Climate Difficulties

Meanwhile, nearly 1,000 residents in the southern state also experienced power outages after the metropolitan area experienced its wettest day in over 500 days.

State Emergency Services handled over five hundred emergency reports across the region, mainly for property damage but also for fallen timber and inundation.

Hardest Hit Areas

• Werribee region - experienced significant destruction
• Hoppers Crossing suburb - numerous rescue reports
• Wyndham - nearly 180 emergency requests

At one point on the previous day, more than 28k power users in Victoria were without power.

Weather Forecast

Humid circumstances were predicted to continue along large portions of eastern Queensland this coming days as a weather pattern continued to draw in moisture against the coast.

The following day was predicted as the wettest day, with continued severe weather risk predicted across multiple regions of both regions.

Health Warning

Public health experts alerted that there was an greater possibility of epidemic thunderstorm asthma across the countryside regions, particularly given the ongoing climate situation.

This caution comes after past events where similar conditions led to major medical consequences in the region.